Nolan N-COM M951 R Series Motorcycle Intercom for Nolan Helmets - Single
N-Com M951 R is the ideal solution for motorcyclists who want to experience the road in a more connected, shared and safe way. Specifically designed to integrate with NOLAN polycarbonate helmets, this innovative system, developed in collaboration with SENA, uses mesh technology to guarantee fluid and stable conversations between motorcyclists, even at great distances and without limits of users connected simultaneously. Furthermore, thanks to Bluetooth® technology, M951 R offers all the useful features during a journey: call management, music enjoyment, navigator indications, Audio Multitasking and integrated FM radio. M951 R is compatible with all communication systems equipped with mesh technology developed by SENA.
Compatibility with:
- N120-1;
- N100-6;
- N90-3;
- N80-8;
- N70-2 GT/X;
- N40-5/GT
- N100-5/PLUS;
- N104/EVO/ABSOLUTE;
- N87/PLUS;
- N44/EVO;
- N40/FULL
Mesh technology revolutionizes helmet communication systems by offering seamless and reliable connectivity between riders, passengers and other devices. Unlike traditional Bluetooth technology, which relies on pairing devices individually in a linear fashion, mesh technology creates a network in which each device acts as a node, allowing direct communication with multiple devices simultaneously within a radius of several kilometers.
One of the main advantages of mesh technology is its ability to maintain stable connections even in challenging environments, such as densely populated urban areas or remote rural areas with limited connectivity. The self-healing nature of mesh networks ensures that if a device loses connection or goes out of range, the network automatically redirects communication through alternate paths, maintaining uninterrupted communication between all connected devices.
Mesh technology also offers scalability, allowing additional devices to join the network without interrupting ongoing communication. This makes it ideal for group rides, where riders can easily communicate with each other without the need for complex pairing procedures.
